The Bard Hickman Catheter is a valuable tool in the field of medical treatment, offering a reliable means for long-term medication administration and fluid management. Designed with a single lumen, this Hickman catheter provides practitioners with a controlled and effective means of intravenous access.

Hickman Catheter are made from high-quality radiopaque polyurethane, the catheter ensures visibility under imaging techniques, aiding precise placement. The inclusion of a cutdown procedure tray in the product package simplifies the catheter insertion process, making it efficient and secure. Its 9.6 French diameter provides an optimal balance between fluid flow and patient comfort.

Hickman Catheter Features:

• The Hickman Catheter features a single lumen that allows for a specific rate of fluid delivery or blood withdrawal, eliminating the need for multiple insertion sites.
• This catheter is made from radiopaque polyurethane, allowing easy and precise placement visualization under imaging equipment.
• The cutdown procedure tray includes all necessary tools and materials for easy and highly controlled catheter insertion, ensuring an efficient and safe process for both clinicians and patients.

Hickman Catheter Uses:

• The Bard Hickman Catheter is primarily used for administering medication, fluids, or nutritional support over a long period. It is also used for drawing blood or collecting samples for lab tests. Being a central vascular access device, it is inserted into a large vein such as the subclavian or internal jugular.

FAQs: 

1. What is the Hickman Catheter used for?
It is used for administering long-term medication, fluids, and nutrients. It is also used for drawing blood samples and providing easy central venous access.

2. How is the Hickman Catheter inserted?
The catheter is inserted through a central vein, such as the subclavian or the internal jugular, using the cutdown procedure which is facilitated by the included tray.

3. Can I see the catheter on X-ray?
Yes, the catheter is made from radiopaque materials, making it visible under imaging equipment for easy and precise placement verification.